Mitutoyo 905689 Spc Data Cable 40 Inches Digimatic

Product Description

The MITUTOYO 905689 is an SPC (Statistical Process Control) data cable designed to transmit measurement data from Mitutoyo Absolute Digimatic Scale Units and DP-1VR Series 264 Digimatic Mini-Processor instruments to external data collection devices or computers. The cable measures 40 inches in length and weighs approximately 0.2 pounds, making it a lightweight and direct-fit accessory for bench-top metrology setups. It is typically installed by quality control technicians, calibration specialists, and precision measurement professionals who require reliable, interference-resistant data transfer in manufacturing, inspection, and metrology environments.

This SPC cable is suited for use in dimensional inspection stations, quality labs, and production-floor measurement setups where Mitutoyo Absolute Digimatic Scale Units or DP-1VR Series 264 Digimatic Mini-Processor calipers are part of the data collection workflow. The 40-inch length accommodates standard bench configurations where the measuring instrument and the data receiver or SPC interface box are positioned in close proximity. It is a single-unit accessory packaged individually.

Key Features

• 40-inch (1016 mm) cable length fits standard bench-top metrology station layouts
• SPC-compatible interface for direct data output from Digimatic instruments
• Compatible with Absolute Digimatic Scale Units and DP-1VR Series 264 Digimatic Mini-Processor
• Lightweight construction at approximately 0.2 pounds
• Sold individually — one cable per package

Compatibility

Designed for use with Mitutoyo Absolute Digimatic Scale Units and DP-1VR Series 264 Digimatic Mini-Processor calipers as stated by the manufacturer.

Installation Notes

Installation is typically performed by a metrology technician or calibration specialist. Before connecting or disconnecting SPC cables, power down or disable the connected data collection device to avoid signal errors or port damage. Ensure the connector is fully seated at both the instrument and the interface ends before initiating data transfer. Avoid sharp bends or pinching along the cable length to maintain signal integrity over time.